Ground ceramic tile paving method capable of preventing bulges

Abstract

The invention discloses a ground ceramic tile paving method capable of preventing bulges. A special mortarboard, a ceramic tile mortar coating machine and a seam partition/flattening device are used; notches are uniformly formed in one long side edge of the special mortarboard, and a strip-shaped mortar layer with the consistent thickness can be paved on the ground; the back surfaces of ground ceramic tiles of different specifications can be coated with a strip-shaped mortar layer with the consistent thickness through the ceramic tile mortar coating machine, gaps with the uniform and consistent width can be spaced between the ground ceramic tiles by the seam partition/flattening device through vertical plates of T-shaped plastic partition plates, and the levelness on the ceramic tiles can be consistent through plastic wedges; and the construction steps of the ground ceramic tile paving method comprise coating of the ground strip-shaped mortar coating layer, coating of the strip-shaped mortar coating layer of the back surfaces of the ground ceramic tiles, paving of the benchmark ceramic tiles according to the mode that the strip-shaped mortar layers are perpendicularly staggered, paving of the other ceramic tiles according to the mode that the strip-shaped mortar layers are perpendicularly staggered, clearing of the vertical plates of the T-shaped plastic partition plates and filling of the gaps. According to the ground ceramic tile paving method capable of preventing the bulges, the bulging phenomenon is avoided, meanwhile the hollowing phenomenon is avoided, and construction efficiency is high.

Description

technical field [0001] The invention relates to the technical field of decoration, in particular to a method for laying anti-bulge floor tiles. Background technique [0002] With the development of the economy, floor heating is popular. Floor heating refers to a heating method that heats water to a certain temperature, transports it to the water pipe cooling network under the floor, and achieves the purpose of heating through floor heating. Ceramic tile is a better material for floor heating surface decoration materials. This is because the floor heating surface decoration materials should grasp the principles of being thin rather than thick, good environmental protection performance, and good heat resistance. Among many floor decoration materials, the order of thermal conductivity from large to small is: natural stone > ceramic tile > solid wood composite Flooring > laminate flooring > solid wood flooring > chemical fiber carpet > pure wool carpet. The s...

AI Technical Summary

Problems solved by technology

[0004] However, after floor heating and ventilation, the temperature of the floor tiles becomes higher and causes expansion. The traditional laying method is prone to bulging problems. Once this problem occurs, the floor needs to be removed again, and the subsequent maintenance costs are extremely high.

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